Ultra-thin solar cells, an order of magnitude thinner than conventional technologies, are an
emerging device concept that enables low-cost, flexible, lightweight, and defect-tolerant …

Zincblende GaN has the potential to improve the efficiency of green-and amber-emitting
nitride light emitting diodes due to the absence of internal polarisation fields. However, high …

Ultra-thin solar cells display high intrinsic radiation tolerance, making them interesting for
space applications. This study investigates the dependence of the open-circuit voltage …

This study explores structural changes in lattice-matched InGaAsN/GaAs/Ge films grown by
MOVPE under gamma-ray irradiation. Exposure to 60Co gamma rays at doses ranging from …

The performance of on-orbit GaAs-based solar cells is susceptible to the displacement
damage effect. The proton-induced primary displacement damage in GaAs on a …

In this work, we have experimentally investigated the impact of light trapping on the
performance of InAs/GaAs quantum dot (QD) solar cells. To increase the amount of …

Developing electronic devices for space exploration requires understanding the response of
the individual components to harsh environments including extreme temperatures and …

Multilayer reflectors incorporated into InGaP/GaAs/Ge triple-junctions can provide a targeted
absorption boost for the middle cell, which can then be thinned to increase the cell's …

The continuing miniaturization of computing technology and the increasing popularity of
CubeSats among a growing market of modest-budget developers have revolutionized the …

Ultra-thin solar cells show promise for application in space power systems for particularly
harsh radiation environments, due to their high intrinsic radiation tolerance. The work …